From IIT Bombay research labs to the battlefield — Zeus Numerix delivers indigenous simulation-driven defence systems, precision guidance kits, and UAV weaponization technology for India's armed forces.
Zeus Numerix has its genesis from the IITZeus group at the Department of Aerospace Engineering, IIT Bombay. After contributing to several programmes of national importance, this university group transformed into a commercial entity in 2004 — inheriting decades of computational analysis expertise.
CEMILAC Certified — Approved design house for safe store separation studies and defence simulations
Multi-Physics Mastery — CFD, CEM, FEA, thermal analysis, system dynamics and controls under one roof
End-to-End Capability — From computational analysis to new product development and hardware delivery
iDEX & TDF Recognized — Innovation partner under India's defence innovation ecosystem
End-to-end capabilities spanning precision munitions, simulation software, aerospace systems, and custom engineering solutions.
We contribute to the full range of strategic systems — delivering indigenous design methods and proprietary simulation software across defence, aerospace, and industrial sectors.
From on-demand simulations to full-scale product development — comprehensive engineering solutions driven by deep multi-physics expertise.
On-demand multi-physics simulation — CFD, FEA, CEM, thermal analysis — for defence and industrial applications.
Know MoreCustom software for parametric analysis, design optimization, and automated engineering workflows.
Know MoreEnd-to-end design partnership — from concept through prototype to production-ready engineering.
Know More6-DOF trajectory simulation, mission analysis, and design approval studies for defence programmes.
Know MoreIndigenous hardware systems developed through deep simulation expertise — designed for Lethality, Economy, Safety, and Scalability (LESS).
A precision guidance kit designed to convert conventional mortar ammunition into GPS/INS guided munitions, dramatically increasing first-round hit probability while minimizing collateral damage.
A drone-agnostic weaponization kit that enables standard tactical UAVs to carry and deploy precision munitions, transforming ISR platforms into strike-capable systems.
35+ indigenous simulation tools developed and validated in close cooperation with defence labs and industry partners.
India's first indigenous computational electromagnetics software for stealth technology, RCS estimation, antenna design, and electromagnetic compatibility analysis.
Specialized axial and centrifugal fan performance analysis tool, enabling rapid design iteration and optimization for industrial ventilation and HVAC applications.
Deep multi-physics expertise covering every domain of computational engineering — from fluid dynamics to machine learning.
CFD analysis for aerodynamics, turbomachinery, heat transfer, and multi-phase flow systems.
Structural analysis, stress simulation, vibration studies, and fatigue life prediction.
RCS prediction, antenna design, EMI/EMC analysis, and stealth technology development.
Data-driven design optimization, surrogate modelling, and AI-augmented simulation workflows.
Multi-body dynamics, 6-DOF trajectory simulation, and mission-level system studies.
GPU-accelerated rendering, flow visualization, and interactive 3D data exploration platforms.
Web-enabled design and analysis software for distributed engineering workflows.
Sensing, actuation, and precision control systems for defence and aerospace applications.
One of the few private Indian companies certified by CEMILAC for safe store separation studies and design approval — a critical credential for defence system development.
Born from the IITZeus research group at IIT Bombay's Department of Aerospace Engineering — carrying forward decades of academic rigor into commercial defence technology.
A torchbearer of India's self-reliance initiative — delivering indigenous simulation IP, reducing dependency on foreign software, and strengthening national security infrastructure.
Partnering with India's premier defence laboratories, armed forces establishments, and aerospace organizations.
Custom parametric design tool for hydraulic pump performance prediction and optimization.
CEMILAC-approved trajectory simulation for safe release dynamics of aerial munitions.
High-fidelity reacting flow simulation for next-generation aero-engine combustor design.
Zeus Numerix renews its CEMILAC certification, reinforcing trusted design authority for India's armed forces.
SLAM kit receives backing under India's Defence Innovation ecosystem for drone-agnostic munitions delivery.
Two decades of multi-physics simulation expertise driving India's indigenous defence capabilities.
Experience our portfolio of free online engineering tools that help design, analyze and develop new products in strategic and industrial sectors. No sign-up required — no data transfer to backend servers.
Configuration for flare, body & wing surface design of missiles and rockets.
Calculation of blast overpressure and kinetic energy penetration from warhead designs.
Target detection using radar and IR sensor models for surveillance systems.
Dynamics of lateral slamming of ammunition during in-bore travel simulation.
1D CFD simulation to predict dynamics of recovery of artillery shell in tubes.
Divergence velocity prediction for slender rockets and missiles under aerodynamic loading.
Solid propellant plume impingement and liner erosion analysis for launch systems.
Sizing and performance prediction for constant volume piston pumps.
Euler angles based design and performance analysis of centrifugal pumps.
First principle design of low head axial hydro turbine for power generation.
Air delivery performance analysis for blower fan based air knife systems.
Sizing of high-performance cyclones for given flow rate and dust load.
Prediction of load cycles based on stress-life method for structural components.
Transmission of shock pulse through helical spring isolator analysis.
Equivalent mechanical properties for composite layups and fiber reinforced plastics.
Scientific visualization of volumetric field data using interactive section cuts.
Demonstration of 3D CAD animation under an augmented reality environment.
An end-to-end solution for real-time sensor data monitoring and analysis.
Thermal analysis for solar heating of insulated container under various conditions.
Performance prediction of electric tubular heater designs for industrial applications.
Calculation of forces and moments for desired tooth movement in orthodontic treatment planning.
Calculate your room requirements for safe indoor spaces using aerosol transmission modelling.
From simulation studies to full-scale defence product development — let's discuss how Zeus Numerix can partner with your mission.